Vol. 12 No. 1 (2024): January-March

Articles

• HARNESSING HYDROGEOLOGICAL INSIGHTS: THE LEGRAND POLLUTION CORRELATION IN GROUNDWATER ASSESSMENT

  Blessing Osaretin Omoregie , Ifeanyi Chukwudi Nwokoro

  https://doi.org/10.5281/zenodo.10649510

  The Legrand pollution correlation chart is a valuable tool for assessing contaminant migration within groundwater, particularly in regions like Ebhoakhuala in Ekpoma and Agbede, Edo State, Nigeria. This paper explores the application of the Legrand pollution correlation chart in evaluating the

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• UNLOCKING GROUNDWATER POTENTIAL: A STUDY OF NKWELLE-EZUNAKA FARM ESTATE, SOUTHEASTERN NIGERIA

  Chukwudi Emeka Okonkwo , Ngozi Uchechukwu Onu

  https://doi.org/10.5281/zenodo.10649508

  Groundwater, a vital component of the hydrosphere, represents a valuable resource that underpins various human activities and ecosystems. This paper elucidates the significance of groundwater as a subsurface water source, emphasizing its dynamic nature within the water cycle. Despite the

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• BENEATH THE SURFACE: ASSESSING DEPTH TO LEAD-ZINC DEPOSITS USING GEOPHYSICAL TECHNIQUES

  Chukwudi Emeka Nwokolo, Ifeanyi Uchenna Okonkwo

  https://doi.org/10.5281/zenodo.10649506

  Lead-zinc occurrences in Nigeria, particularly within the Southern Benue Trough, are often linked to saline water intrusion in sedimentary basins or fractured/shear zones in crystalline rocks. This paper provides insights into the geological characteristics and mineralization patterns of

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• IDENTIFICATION OF IRON ORES IN SIERRA LEONE, AFRICA BY USING REMOTE SENSING TECHNIQUES

  Yael Batya Cohen

  https://doi.org/10.5281/zenodo.10649504

  Remote sensing techniques offer valuable tools for identifying iron ores in Sierra Leone, Africa, facilitating efficient mineral exploration and resource management. This paper presents a comprehensive analysis of remote sensing data to identify and characterize iron ore deposits in the region.

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